private void Read_Chunks(BinaryReader reader)
{
foreach (ChunkHeader chkHdr in this._chunks)
{
this.ChunkMap[chkHdr.ID] = Chunk.New(chkHdr.ChunkType, chkHdr.Version);
this.ChunkMap[chkHdr.ID].Load(this, chkHdr);
this.ChunkMap[chkHdr.ID].Read(reader);
// Ensure we read to end of structure
this.ChunkMap[chkHdr.ID].SkipBytes(reader);
// TODO: Change this to detect node with ~0 (0xFFFFFFFF) parent ID
// Assume first node read in Model[0] is root node. This may be bad if they aren't in order!
if (chkHdr.ChunkType == ChunkTypeEnum.Node && this.RootNode == null)
{
this.RootNode = this.ChunkMap[chkHdr.ID] as ChunkNode;
}
// Add Bones to the model. We are assuming there is only one CompiledBones chunk per file.
if (chkHdr.ChunkType == ChunkTypeEnum.CompiledBones || chkHdr.ChunkType == ChunkTypeEnum.CompiledBonesSC)
{
this.Bones = this.ChunkMap[chkHdr.ID] as ChunkCompiledBones;
SkinningInfo.HasSkinningInfo = true;
}
}
}
private void Read_ChunkHeaders(BinaryReader b)
{
// need to seek to the start of the table here. foffset points to the start of the table
b.BaseStream.Seek(this.ChunkTableOffset, SeekOrigin.Begin);
for (Int32 i = 0; i < this.NumChunks; i++)
{
ChunkHeader header = Chunk.New <ChunkHeader>((uint)this.FileVersion);
header.Read(b);
this._chunks.Add(header);
}
}
public static Chunk New(ChunkTypeEnum chunkType, UInt32 version)
{
switch (chunkType)
{
case ChunkTypeEnum.SourceInfo:
return(Chunk.New <ChunkSourceInfo>(version));
case ChunkTypeEnum.Timing:
return(Chunk.New <ChunkTimingFormat>(version));
case ChunkTypeEnum.ExportFlags:
return(Chunk.New <ChunkExportFlags>(version));
case ChunkTypeEnum.MtlName:
return(Chunk.New <ChunkMtlName>(version));
case ChunkTypeEnum.DataStream:
return(Chunk.New <ChunkDataStream>(version));
case ChunkTypeEnum.Mesh:
return(Chunk.New <ChunkMesh>(version));
case ChunkTypeEnum.MeshSubsets:
return(Chunk.New <ChunkMeshSubsets>(version));
case ChunkTypeEnum.Node:
return(Chunk.New <ChunkNode>(version));
case ChunkTypeEnum.Helper:
return(Chunk.New <ChunkHelper>(version));
case ChunkTypeEnum.Controller:
return(Chunk.New <ChunkController>(version));
case ChunkTypeEnum.SceneProps:
return(Chunk.New <ChunkSceneProp>(version));
case ChunkTypeEnum.MeshPhysicsData:
return(Chunk.New <ChunkMeshPhysicsData>(version));
case ChunkTypeEnum.BoneAnim:
return(Chunk.New <ChunkBoneAnim>(version));
// Compiled chunks
case ChunkTypeEnum.CompiledBones:
return(Chunk.New <ChunkCompiledBones>(version));
case ChunkTypeEnum.CompiledPhysicalProxies:
return(Chunk.New <ChunkCompiledPhysicalProxies>(version));
case ChunkTypeEnum.CompiledPhysicalBones:
return(Chunk.New <ChunkCompiledPhysicalBones>(version));
case ChunkTypeEnum.CompiledIntSkinVertices:
return(Chunk.New <ChunkCompiledIntSkinVertices>(version));
case ChunkTypeEnum.CompiledMorphTargets:
return(Chunk.New <ChunkCompiledMorphTargets>(version));
case ChunkTypeEnum.CompiledExt2IntMap:
return(Chunk.New <ChunkCompiledExtToIntMap>(version));
case ChunkTypeEnum.CompiledIntFaces:
return(Chunk.New <ChunkCompiledIntFaces>(version));
// Star Citizen equivalents
case ChunkTypeEnum.CompiledBonesSC:
return(Chunk.New <ChunkCompiledBones>(version));
case ChunkTypeEnum.CompiledPhysicalBonesSC:
return(Chunk.New <ChunkCompiledPhysicalBones>(version));
case ChunkTypeEnum.CompiledExt2IntMapSC:
return(Chunk.New <ChunkCompiledExtToIntMap>(version));
case ChunkTypeEnum.CompiledIntFacesSC:
return(Chunk.New <ChunkCompiledIntFaces>(version));
case ChunkTypeEnum.CompiledIntSkinVerticesSC:
return(Chunk.New <ChunkCompiledIntSkinVertices>(version));
case ChunkTypeEnum.CompiledMorphTargetsSC:
return(Chunk.New <ChunkCompiledMorphTargets>(version));
case ChunkTypeEnum.CompiledPhysicalProxiesSC:
return(Chunk.New <ChunkCompiledPhysicalProxies>(version));
// Old chunks
case ChunkTypeEnum.BoneNameList:
return(Chunk.New <ChunkBoneNameList>(version));
case ChunkTypeEnum.MeshMorphTarget:
return(Chunk.New <ChunkMeshMorphTargets>(version));
case ChunkTypeEnum.Mtl:
//Utils.Log(LogLevelEnum.Debug, "Mtl Chunk here"); // Obsolete. Not used
default:
return(new ChunkUnknown());
}
}